Ex. = 1s 1 , 0 to (1-1)
... she would know it was my sister who did it, not me. 3. I would like for her to get rid of those invisible eyes on the back of her head. ...
... she would know it was my sister who did it, not me. 3. I would like for her to get rid of those invisible eyes on the back of her head. ...
New constructions for Quantum Money
... In 2012, Aaronson [1] proposed the idea of public-key quantum money where no communication with the bank is needed in order to verify the coin. In such a scheme, although information theoretic security is impossible, computationally secure schemes may still exist. Classically, it is impossible to cr ...
... In 2012, Aaronson [1] proposed the idea of public-key quantum money where no communication with the bank is needed in order to verify the coin. In such a scheme, although information theoretic security is impossible, computationally secure schemes may still exist. Classically, it is impossible to cr ...
Decoherence and the Transition from Quantum to Classical
... wave packet: Decoherence imposes, in effect, the required “embargo” on the potential outcomes by allowing the observer to maintain records of alternatives but to be aware of only one of the branches—one of the “decoherent histories” in the nomenclature of Murray Gell-Mann and James Hartle (1990) and ...
... wave packet: Decoherence imposes, in effect, the required “embargo” on the potential outcomes by allowing the observer to maintain records of alternatives but to be aware of only one of the branches—one of the “decoherent histories” in the nomenclature of Murray Gell-Mann and James Hartle (1990) and ...
Electron-Electron Scattering in a Double Quantum Dot
... and 7兲. For instance, the difference between squared matrix elements calculated with the point dipole approximation and that using a pseudopotential calculation is less than 3% even at quasicontact interdot distances.5 Thus, one can expect that the problem symmetry will allow simple expressions desc ...
... and 7兲. For instance, the difference between squared matrix elements calculated with the point dipole approximation and that using a pseudopotential calculation is less than 3% even at quasicontact interdot distances.5 Thus, one can expect that the problem symmetry will allow simple expressions desc ...
1 THE TECHNIQUE OF SIGNIFICABLES A proposed complete
... physical conditions α and β of S. And note that it will follow very straightforwardly from the sorts of considerations we have just been through that α and β can only be observationally distinguished from one another if there is at least one physically possible initial condition of G+R on which G en ...
... physical conditions α and β of S. And note that it will follow very straightforwardly from the sorts of considerations we have just been through that α and β can only be observationally distinguished from one another if there is at least one physically possible initial condition of G+R on which G en ...
Quantum Computational Renormalization in the - IAP TU
... and forms a basic constituent of MQC when such chains can be coupled. We show that ground states within this phase can also function as quantum computational wires by appropriately modifying the AKLT measurement sequences. This modification can be interpreted as quantum computationally simulating a ...
... and forms a basic constituent of MQC when such chains can be coupled. We show that ground states within this phase can also function as quantum computational wires by appropriately modifying the AKLT measurement sequences. This modification can be interpreted as quantum computationally simulating a ...
A Study of Topological Quantum Error Correcting Codes Part I: From
... they are unitary, and so represent possible state-evolutions. Looking ahead, this will be our qubit error model. For example, X |0i = |1i, corresponding to a classical “bit flip” error. We can combine many qubits into a joint system. If we consider qubits labeled A and B jointly, we get states in th ...
... they are unitary, and so represent possible state-evolutions. Looking ahead, this will be our qubit error model. For example, X |0i = |1i, corresponding to a classical “bit flip” error. We can combine many qubits into a joint system. If we consider qubits labeled A and B jointly, we get states in th ...
How Stands Collapse II
... Rather than reprise my previous argument, I wish to take this opportunity to make it more simple and general. My point of view is that a collapse theory is different from standard quantum theory and, as I said to John Bell in Amherst, therefore requires a new language, conceptual as well as terminol ...
... Rather than reprise my previous argument, I wish to take this opportunity to make it more simple and general. My point of view is that a collapse theory is different from standard quantum theory and, as I said to John Bell in Amherst, therefore requires a new language, conceptual as well as terminol ...
Arbitrarily Small Amount of Measurement Independence Is Sufficient
... mechanics can no longer outperform the measurement dependent local correlations when looking at CHSH as given by (9). This was already shown by Thinh, Sheridan, and Scarani [16]. CHSH is therefore only useful up to this critical value of h. On the other hand, all 7 families introduced pinffiffiffi Table I ...
... mechanics can no longer outperform the measurement dependent local correlations when looking at CHSH as given by (9). This was already shown by Thinh, Sheridan, and Scarani [16]. CHSH is therefore only useful up to this critical value of h. On the other hand, all 7 families introduced pinffiffiffi Table I ...
QUANTUM SPIN LIQUIDS: QUEST FOR THE ODD PARTICLE
... quantum Hall state of ordinary charge-e electrons can exhibit particle-like excitations which carry charge, even though the constituent electron is, by itself, perfectly robust against such splintering. More recent examples include electrically insulating solids which support excitations that slight ...
... quantum Hall state of ordinary charge-e electrons can exhibit particle-like excitations which carry charge, even though the constituent electron is, by itself, perfectly robust against such splintering. More recent examples include electrically insulating solids which support excitations that slight ...
Quantum Copy-Protection and Quantum Money
... In classical physics, any information that can be read can be copied an unlimited number of times— which is why the makers of software, music CDs, and so on have met such severe difficulties enforcing “digital rights management” on their products (see Halderman [15] for example). Quantum states, on ...
... In classical physics, any information that can be read can be copied an unlimited number of times— which is why the makers of software, music CDs, and so on have met such severe difficulties enforcing “digital rights management” on their products (see Halderman [15] for example). Quantum states, on ...
Environment-Assisted Quantum Walks in Photosynthetic Energy
... It has already been demonstrated experimentally that the excitation energy transfer within chromophoric arrays of photosynthetic complexes could involve quantum coherence under certain physical conditions. In particular, this phenomenon has been observed via electronic spectroscopy of delocalized ex ...
... It has already been demonstrated experimentally that the excitation energy transfer within chromophoric arrays of photosynthetic complexes could involve quantum coherence under certain physical conditions. In particular, this phenomenon has been observed via electronic spectroscopy of delocalized ex ...
Kondo Effect in Quantum Dots
... • Resistivity is dominated by phonon scattering for T 0 • In most metals the resistivity decreases monotonically for T → 0 • But: resistance minimum in some metals for T → 0 • Kondo effect: Resonant spin flip scattering at local magnetic impurities ...
... • Resistivity is dominated by phonon scattering for T 0 • In most metals the resistivity decreases monotonically for T → 0 • But: resistance minimum in some metals for T → 0 • Kondo effect: Resonant spin flip scattering at local magnetic impurities ...
